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T-shirt WINTERTAL "FINGERPRINTS SILVER ALUMINIUM" Men is a sensational T-shirt for every lover of delicious clothing produced in Poland. If you care about high quality, this t-shirt is just for you.
The t-shirt was made of SUPIMA® cotton with a weight of 160 g / m2 - the world's best, high-quality fabric, which does not stretch, does not pilling and does not lose color. Additionally, it is extremely delicate, pleasant to the touch and silky smooth.
T-shirt WINTERTAL "FINGERPRINTS SILVER ALUMINIUM" Men is a perfectly made T-shirt in terms of material, style and print quality. The use of the highest quality cotton allowed us to obtain an absolutely unique product, the quality of which will pleasantly surprise even the most demanding.
Each FINGERPRINTS SILVER ALUMINIUM T-shirt is packed with a decorative box with a lid. In an elegant black package with a gold Wintertal logo, our jersey is the perfect and ready gift for any cyclist.
Unique, original graphics are the hallmarks of the Wintertal brand. With our clothes you will definitely not get lost in the crowd!
1. Cotton SUPIMA® Word's Finest Cotton
2. Handmade in Poland
3. Unique , original design signed with the signature
4. Metallic, shiny finish
5. Delicate as silk
6. Weight 160 g / m2
7. Wintertal logo on the neck
8. Each t-shirt comes with instructions on how to care for it, so that it will serve us for years
|Textile||100% cotton SUPIMA®|
|Extras||Black gift box with gold WINTERTAL logo|
|Rozmiar||XS, S, M, L, XL, XXL|
To choose the right size:
1. Measure yourself in the places shown in the figure with a slight looseness so that the t-shirt is not too tight.
2. The second way to choose the right size will be to compare our favourite t-shirt from the wardrobe with the size given below.
If you still have doubts about the size, please contact us and we will certainly help.
|S||45 cm||66 cm|
|M||48 cm||69 cm|
|L||53 cm||72 cm|
|XL||56 cm||73 cm|
|XXL||61 cm||76 cm|
ATTENTION!!! Remember that the sizes may differ up to 5% of the width and height due to the production process.